TECH_PARAM_DEC_ID;TECH_PARAM_MSG_ID;TECH_PARAM_MSG_LABEL;TECH_PARAM_NAME;TECH_PARAM_DESCRIPTION
224;3;Date de début de cycle : JJ;CLOCK_InitialValveActionDescentToPark_YYYYMMDD;Date of the beginning of buoyancy reduction (relative to mission start day).
100;6;Jour relatif de début de cycle.;CLOCK_InitialValveActionDescentToPark_FloatDay;Day number of the beginning of buoyancy reduction (relative to mission start day).
225;7;Heure de début cycle (nombre de minutes dans le jour courant). (BUOYANCY_REDUCTION_START_TIME).;CLOCK_InitialValveActionDescentToPark_HHMM;Date of the beginning of buoyancy reduction (relative to mission start day).
101;8;Durée de l’activation forfaitaire de l’EV lors de la réduction d’émergence.;TIME_ValveActionsAtSurface_seconds;Duration of the basic valve actions.
102;9;Nombre de coups EV en surface.;NUMBER_ValveActionsAtSurfaceDuringDescent_COUNT;number of solenoid valve actions at the surface until the crossing of the GAP threshold
103;10;Flag échouage en surface .;FLAG_Beached_NUMBER;is the float beached? - could be logical
104;11;Heure de début de descente.;CLOCK_StartDescentToPark_HHMM;Number of minutes elapsed in the day at the beginning of the descent to parking depth.
105;12;Heure de première stabilisation.;CLOCK_InitialStabilizationDuringDescentToPark_HHMM;Number of minutes elapsed in the day when the float first stabilizes during descent to parking depth.
106;13;Heure de fin de descente.;CLOCK_EndDescentToPark_HHMM;Number of minutes elapsed in the day at the end of the descent to parking depth.
107;14;Nombre de coups d'électrovanne en plongée vers Pdérive.;NUMBER_ValveActionsDuringDescentToPark_COUNT;number of valve actions between the crossing  of the gap threshold and the end of descent at park pressure
108;15;Nombre de coups de pompe en plongée vers Pdérive.;NUMBER_PumpActionsDuringDescentToPark_COUNT;number of pump actions between the crossing  of the gap threshold and the end of descent at park pressure
226;18;Date de début de dérive (JJ du mois seulement);CLOCK_EndDescentToPark_DD;time when park pressure is reached
109;19;Nombre d'entrée dans la consigne.;NUMBER_DescentToParkEntriesInParkMargin_COUNT;descent to park pressure: number of entries in margin around park pressure target - specifically, how many times the float enters the band of pressure surrounding the target park pressure (generally +/- 30db)
110;20;Nombre de repositionnements en dérive.;NUMBER_RepositionsDuringPark_COUNT;number of times the float readjusts its buoyancy during park phase - using either the pump or EV
111;23;Nombre de coups d'EV en dérive à Pdérive.;NUMBER_ValveActionsDuringPark_COUNT;number of valve actions during park phase
112;24;Nombre de coups de pompe en dérive à Pdérive.;NUMBER_PumpActionsDuringPark_COUNT;number of pump actions while at park depth
113;25;Heure début descente profil.;CLOCK_StartDescentToProfile_HHMM;Number of minutes elapsed in the day at the beginning of the descent to profile depth.
114;26;Heure fin descente profil.;CLOCK_EndDescentToProfile_HHMM;Number of minutes elapsed in the day at the end of the descent to profile depth.
115;27;Nombre de coups EV descente profil.;NUMBER_ValveActionsDuringDescentToProfile_COUNT;number of valve actions during descent to start profile pressure
116;28;Nombre de coups de pompe descente profil.;NUMBER_PumpActionsDuringDescentToProfile_COUNT;number of pump actions during descent to start profile pressure
117;30;Nombre d'entrées consigne en dérive en attente profil.;NUMBER_DescentToProfileEntriesInProfileMargin_COUNT;descent to profile pressure: number of entries in margin around profile pressure target  - specifically, how many times the float enters the band of pressure surrounding the target profile pressure (generally +/- 30db)
118;31;Nombre de repositionnements en dérive en attente profil.;NUMBER_RepositionsAtProfileDepth_COUNT;at profile pressure stand-by, number of times the float readjusts its buoyancy - using either the pump or EV
119;32;Nombre de coups EV en dérive en attente profil.;NUMBER_ValveActionsDuringProfileDrift_COUNT;number of valve actions while drifting at profile depth
120;33;Nombre de coups de pompe en dérive en attente profil.;NUMBER_PumpActionsDuringProfileDrift_COUNT;Number of pump actions during drift at profile depth.
121;36;Heure de début de remontée.;CLOCK_StartAscentToSurface_HHMM;Number of minutes elapsed in the day at the beginning of the ascent to the surface.
122;37;Heure de fin de remontée.;CLOCK_TransmissionStart_HHMM;time of the first transmission for this cycle
123;38;Nombre de coups de pompe en remontée.;NUMBER_PumpActionsDuringAscentToSurface_COUNT;number of pump actions between start and end of ascent 
124;45;Offset de pression.;PRES_SurfaceOffsetCorrectedNotResetNegative_1cBarResolution_dbar;Surface pressure recorded just before the previous descent but data is corrected on board the float. Note: cumulative NEGATIVE   offset  (real offset * -1) but no further correction required. Autocorrected
125;46;Vide interne en surface.;PRESSURE_InternalVacuumAtSurface_mbar;Surface internal pressure
126;47;Tension batterie.;VOLTAGE_BatteryPumpStartProfile_volts;Pump battery voltage (volts) at depth
127;48;Erreur RTC.;FLAG_RTCStatus_LOGICAL;real time clock status - 1= OK, 0=not OK
128;49;Compteur de cohérence (nombre d’erreurs de la CTD).;NUMBER_CTDError_COUNT;CTD error count
129;50;Etat du capteur DO (0 si OK, 1 sinon).;FLAG_OptodeStatus_NUMBER;Flag indicating the status of the Optode (see manual)
1000;59;GPS valid fix ?;TECH_AUX_FLAG_GPSValidFix_LOGICAL;Flag for GPS fix determination (1 if a valid fix has been transmitted in tech msg, 0 otherwise).
130;60;Durée de la session GPS.;TIME_IridiumGPSFix_seconds;the number of seconds required to obtain a GPS fix for a profile
131;61;Nombre de relances effectuées lors de la session GPS.;NUMBER_RetriesForGPSAcquisition_COUNT;Number of times the GPS had to try to get a valid fix
132;62;Nombre de télécommandes reçues (pour le cycle en cours).;FLAG_RemoteControlMessageOK_COUNT;Number of remote control successfully considered.
133;63;Nombre de télécommandes rejetées (pour le cycle en cours).;FLAG_RemoteControlMessageKO_COUNT;Number of remote control rejected by the float (due to out of range value or remote control syntax error).
134;65;Date de début de fin de vie: HH;CLOCK_EOLStart_YYYYMMDDHHMMSS;Clock time when End of Life mode starts
135;71;Durée de la précédente session iridium.;TIME_PreviousIridiumSession_seconds;Duration on the previous Iridium session
136;72;Nombre de SBD recus lors de la précédente session Iridium.;NUMBER_IridiumMessagesReceivedPreviousSession_COUNT;Number of Incoming Iridium Messages Received during previous session
137;73;Nombre de SBD émis lors de la précédente session Iridium.;NUMBER_IridiumMessagesSentPreviousSession_COUNT;Number of Incoming Iridium Messages Sent during previous session
200;2;Nombre de paquets de type 1 ou 8 - CTDO descente.;NUMBER_DescentIridiumPackets_COUNT;Number of Iridium packets used to transmit sensor data collected during the descent phases (from surface to the parking depth and from the parking depth to the profile depth).
201;3;Nombre de paquets de type 2 ou 9 - CTDO dérive.;NUMBER_ParkIridiumPackets_COUNT;Number of Iridium packets used to transmit sensor data collected during the drift at park depth.
202;4;Nombre de paquets de type 3 ou 10 - CTDO remontée.;NUMBER_AscentIridiumPackets_COUNT;Number of Iridium packets used to transmit sensor data collected during the ascent from the profile depth to the surface.
203;5;Nombre de tranches zone surface – descente.;NUMBER_DescendingProfileReductionUpperPart_COUNT;Descending profile reduction Number of slices in shallow zone - NTS
204;6;Nombre de tranches zone fond - descente.;NUMBER_DescendingProfileReductionLowerPart_COUNT;Descending profile reduction Number of slices in deep zone - NTF
205;7;Nombre de mesures en dérive à l’immersion de parking.;NUMBER_ParkCtdSamplesInternal_COUNT;Park  measurements - Internal counter
206;8;Nombre de tranches zone surface – remontée.;NUMBER_AscendingProfileReductionUpperPart_COUNT;Ascending profile reduction Number of slices in shallow zone - NTS
207;9;Nombre de tranches zone fond - remontée.;NUMBER_AscendingProfileReductionLowerPart_COUNT;Ascending profile reduction Number of slices in deep zone - NTF
221;10;Pression du « point de subsurface » (dernier point de mesure « brut » pompé lors du profil ascendant);PRES_LastAscentPumpedRawSample_dbar;Last (shallowest) pumped raw pressure sample acquired during the ascent from the profile depth to the surface (i.e. just before the cut-off pressure where the pump is stopped) (in dbars).
208;16;Nombre d'échouages détectés pendant le cycle.;FLAG_Grounded_NUMBER;grounded flag , diagnostic bit - could also be logical?  Yes/no? 0/1? Or can be number of profiles during which the float grounded
209;18;Jour flotteur du premier échouage.;CLOCK_TimeGrounded_FloatDay;Day number when the float grounds for the first time (relative to mission start day).
210;19;Heure du premier échouage.;CLOCK_TimeGrounded_HHMM;time the float grounded
227;20;Phase 1er échouage;FLAG_FirstGroundingCyclePhase_NUMBER;Phase of the float life or cycle when the first grounding occurred.  See the manual for phase definition - this will vary with float type
211;21;Nombre d'ouvertures EV à pression constante pour déclarer le premier échouage.;NUMBER_ValveActionsForFirstGroundingDetection_COUNT;Number of valve actions done at constant pressure to set the grounded flag for the first grounding event
228;23;Jour flotteur du 2ième échouage.;CLOCK_TimeGrounded_FloatDay;Day number when the float grounds for the first time (relative to mission start day).
229;24;Heure du 2ième échouage.;CLOCK_TimeGrounded_HHMM;time the float grounded
230;25;Phase 2ième échouage;FLAG_SecondGroundingCyclePhase_NUMBER;Phase of the float life or cycle when the second grounding occurred.  See the manual for phase definition - this will vary with float type
231;26;Nb d'ouvertures EV à pression constante pour déclarer l'échouage n°2;NUMBER_ValveActionsForSecondGroundingDetection_COUNT;Number of valve actions done at constant pressure to set the grounded flag for the second grounding event
212;27;Nombre de remontées d'urgence.;NUMBER_EmergencyAscents_COUNT;Number of Emergency ascents - Internal count
213;28;Heure de la première remontée d'urgence.;CLOCK_TimeOfFirstEmergencyAscent_HHMM;Number of minutes elapsed in the day of the float first emergency ascent.
214;29;Pression de la première remontée d'urgence.;PRES_FirstEmergencyAscent_dbar;Pressure that triggered the first emergency ascent
215;30;Nombre de coups de pompe liés à la première remontée d’urgence.;NUMBER_PumpActionsOnFirstEmergencyAscent_COUNT;Emergency ascent - pump actions at emergency depth
216;31;Jour de première remontée d’urgence.;CLOCK_TimeOfFirstEmergencyAscent_FloatDay;Day number of the float first emergency ascent (relative to mission start day).
217;32;Nombre de coups de pompe avant décollage effectif quand grounded à la pression de profil.;NUMBER_PumpActionsWhenGroundedAtProfilePressure_COUNT;number of pump actions needed to leave the sea bottom when grounded at profile pressure
218;33;Vitesse au moment du premier échouage.;SPEED_FirstGrounding_mm/s;Vertical speed during the first grounding
219;34;Vide interne au fond en début de remontée.;PRESSURE_InternalVacuumProfileStart_mbar;Internal tube pressure [mbar] in profile depth
220;35;Date du dernier reset flotteur.;CLOCK_LastReset_YYYYMMDDHHMMSS;Clock time of the last reset of the float
1001;-1;Number of descent CTD packets received;TECH_AUX_NUMBER_DescentIridiumPacketsReceived_COUNT;Number of Iridium packets received to transmit sensor data collected during the descent phases (from surface to the parking depth and from the parking depth to the profile depth).
1002;-1;Number of drift CTD packets received;TECH_AUX_NUMBER_ParkIridiumPacketsReceived_COUNT;Number of Iridium packets received to transmit sensor data collected during the drift at park depth.
1003;-1;Number of ascent CTD packets received;TECH_AUX_NUMBER_AscentIridiumPacketsReceived_COUNT;Number of Iridium packets received to transmit sensor data collected during the ascent from the profile depth to the surface.
1004;-1;Number of hydraulic packets received;TECH_AUX_NUMBER_HydraulicIridiumPacketsReceived_COUNT;Number of Iridium packets received to transmit hydraulic data recorded during the cycle.
1005;-1;Number of tech #1 packets received;TECH_AUX_NUMBER_TechnicalMessage1Received_COUNT;Number of times technical message #1 has been received.
1006;-1;Number of tech #2 packets received;TECH_AUX_NUMBER_TechnicalMessage2Received_COUNT;Number of times technical message #2 has been received.
1007;-1;Number of parameter packets received;TECH_AUX_NUMBER_ParameterMessageReceived_COUNT;Number of times parameter message has been received.
